Energy Invest technology portfolio

Technology platforms selected for each material and objective

Each project begins with material analysis and technical validation. Technologies can operate independently or as an integrated processing route.

From laboratory evaluation to commercial implementation

01

Material liberation and precision classification

Micropulva®

Controlled micronisation liberates valuable components from complex mineral and industrial materials. Dynamic classification then separates the processed material into controlled product streams for further recovery or direct use.

Typical applications

  • Mining tailings
  • Slags and mineral residues
  • Coal fly ash
  • Pre-treatment before metal recovery
02

Selective recovery from complex residues

Biological Extraction

Biological and hydrometallurgical process routes are developed from laboratory testing to recover economically relevant rare earth elements, critical metals and other target components while reducing environmental risks.

Typical applications

  • Phosphogypsum
  • Red mud
  • Mining and metallurgical waste
  • Uranium and radium management
03

High-temperature metallurgical transformation

SPAF Plasma Metallurgy

Special Plasma Arc Furnace technology is used for controlled treatment of ores, concentrates and secondary materials where conventional thermal routes are inefficient or unsuitable.

Typical applications

  • Metal-bearing concentrates
  • Slags
  • Complex ores
  • Secondary raw materials
04

Nutrient and organic resource recovery

Paskíer® Process

Separation, drying and product formulation convert digestate, sludge and other organic residues into useful fertiliser components and soil-improvement products.

Typical applications

  • Digestate
  • Municipal and industrial sludge
  • Organic residues
  • Nutrient recovery
05

Reliable power for industry and remote locations

Energy Storage & Renewable Integration

Battery energy storage, solar, wind and hybrid generation are selected and integrated according to the project load profile, local resources and required operating independence.

Typical applications

  • Industrial facilities
  • Remote project sites
  • Microgrids
  • Autonomous communities

Project-specific development

Technical details are added as testing and project data become available.

Discuss a material or project